SOLIDWORKS Simulation Topology Study
Design for Additive Manufacturing with SOLIDWORKS Simulation Topology Study
Additive manufacturing is no longer a bleeding edge technology; this powerful method is being used across countless industries, for applications ranging from rapid prototyping to jigs/fixtures and production end-use parts. Widespread adoption of the materials and geometric freedom provided by additive manufacturing pushes the boundaries of…
SOLIDWORKS Simulation 2019 now allows Topology Studies to be stopped during intermediate iterations and keep its results. The results may not be fully optimal as the solver is interrupted before reaching convergence. NOTE: If you terminate the solver before reaching convergence, rerunning the study will…
SOLIDWORKS Simulation 2019 introduces an option to export the smoothed mesh from a Topology Study directly as a mesh BREP body. The exported mesh boundary representation body (aka BREP) are created from mesh facets (triangles) to generate surfaces based on limits. A solid body generates…
Topology studies in SOLIDWORKS Simulation give you insight to help determine the best design for a set of constraints (included in SOLIDWORKS Simulation Professional and Premium packages). SOLIDWORKS 2019 now adds SOLIDWORKS Simulation Topology Study Constraints to achieve the desired results. You can control the…
Spending too much time on prototyping and attempting physical tests? Use a SOLIDWORKS Simulation Package to virtually test your design! With SOLIDWORKS Simulation, the virtual testing environment makes validating your design a breeze. If you think about how much time and cost goes into prototyping and setting…
The SOLIDWORKS Simulation Topology Study included in the SOLIDWORKS Simulation Professional version simplifies structural topology investigations with a goal-driven approach to mathematically alter the stiffness of the meshed geometry. Assuming linear static loading designers and engineers specify target mass reduction and the delivered results show…
SolidWorks Tutorial: Import Diagnostics (1) – “Face Piercing Through Solid” Error [VIDEO]
This week, we will post a series of articles focused on troubleshooting and healing topological errors from geometry imported in SolidWorks. Two designers of different nationalities can communicate using a lingua franca, a language that is not native to either of them, but which is known…
There are lots of reasons why models imported in SolidWorks from IGES, STEP or Parasolid files have topological errors. The simplest analogy I can make is that the various CAD products used for creating geometry speak different languages and, in order to understand each other, they need translators. These translators are the neutral formats mentioned before. That being said, whenever you get a middleman in the communication chain, bits of information could be lost and as a result you get topological errors like: gaps in the body self intersecting faces faces with more than one closed contour faces that are piercing the solid body Once the errors are identified they need to be repaired before using the model for anything else. In this series of articles,…